Tag: the ohio state university

Manufacturing is changing rapidly, driven by new technologies, new materials, and a constant push for greater efficiency and precision. At NIDEC MACHINE TOOL AMERICA, we believe that staying ahead in this environment starts with people. Supporting the next generation of engineers, technicians, and manufacturing professionals is part of our core mission.

Why Developing Future Talent Matters

Every meaningful advancement in manufacturing begins with skilled, curious, individuals. The industry depends on professionals who understand complex systems and know how to apply them in practical ways. Those skills are built over time through hands-on experience, mentoring, and exposure to real industrial equipment.

Our commitment to education and workforce development reflects this reality. We actively seek out opportunities to work with universities and research institutions, helping prepare students and early-career professionals for the challenges they will face in modern manufacturing environments.

Connecting Industry and Education

One of the most effective ways to support future talent is to bring industry and education close together. NIDEC MACHINE TOOL AMERICA regularly collaborates with academic partners to make that connection real.

Our recent work with The Ohio State University’s Center for Design and Manufacturing Excellence (CDME) included in-depth training on our LAMDA series. Visits like this give students and researchers direct exposure to industrial systems and workflows. They also give our team insight into the questions, ideas, and research priorities that are driving the next generation.

These interactions benefit both sides. Students and researchers gain experience that goes beyond the classroom. NIDEC gains feedback and perspectives that help shape future products, training programs, and support strategies.

Providing Access to Industrial-Grade Technology

To be ready for the workforce, future engineers and technicians need experience with the same level of technology they will encounter in the field. That is why we work to make our systems available in academic and research settings whenever possible.

When students and researchers can work directly with advanced equipment, they learn how these technologies behave in real conditions. They see how process parameters, monitoring, and part design come together. That understanding is difficult to achieve with simulation or theory alone.

This kind of exposure builds confidence, strengthens problem-solving skills, and often shapes long-term career interests in manufacturing and engineering.

Encouraging Curiosity and Innovation

Manufacturing grows when new ideas are put into practice. Our goal is to give emerging professionals the space and tools to explore those ideas. Training programs, research collaborations, and equipment placements all play a role in encouraging experimentation and careful, data-driven innovation.

We want future engineers and technicians to feel comfortable asking questions, testing assumptions, and refining processes. When they can do that on real equipment, guided by experienced professionals, they are better prepared to contribute on day one in an industrial setting.

Looking Ahead

The demand for skilled manufacturing professionals will continue to grow. Technologies will keep advancing, and expectations for quality and efficiency will rise along with them. NIDEC MACHINE TOOL AMERICA remains committed to supporting the people who will meet those expectations.

By working closely with educational institutions, sharing our expertise, and opening access to advanced systems, we are investing in the future of the industry and the communities we serve. The next generation of manufacturing professionals is already taking shape, and we are proud to play a role in their development.